HAG

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Revision as of 09:09, 4 July 2011 (view source) Compphys (Talk | contribs) (→General Information) ← Older edit		Revision as of 09:11, 4 July 2011 (view source) Compphys (Talk | contribs) (→Short Description) Newer edit →
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	== Short Description ==		== Short Description ==
-	''Computational Physics''	+	'' HAG - High energy physics Algorithms on GPU - goal is to implement common algorithms used in the study of heavy ions nuclear collisions''
	== Problems Solved ==		== Problems Solved ==

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Revision as of 09:11, 4 July 2011

Contents 1 General Information 2 Short Description 3 Problems Solved 4 Scientific and Social Impact 5 Collaborations and Beneficiaries 6 Technical Features and HP-SEE Implementation 7 Usage Example 8 Publications

General Information

• Application's name: High energy physics Algorithms on GPU
• Virtual Research Community: Computational Physics
• Scientific contact: Mihai Niculescu, mihai@spacescience.ro
• Technical contact: Mihai Niculescu, mihai@spacescience.ro
• Developers: High Energy Astrophysics and Advanced Tehnologies, Institute of Space Sciences, Romania
• Web site: http://tobefilledin/

Short Description

HAG - High energy physics Algorithms on GPU - goal is to implement common algorithms used in the study of heavy ions nuclear collisions

Problems Solved

Computational Physics

Scientific and Social Impact

Tobefilledin

Collaborations and Beneficiaries

Tobefilledin

Technical Features and HP-SEE Implementation

• Primary programming language: Tobefilledin
• Parallel programming paradigm: Tobefilledin
• Main parallel code: Tobefilledin
• Pre/post processing code: Tobefilledin
• Application tools and libraries: Enumerate (comma separated)
• Number of cores required: Tobefilledin
• Minimum RAM/core required: Tobefilledin
• Storage space during a single run: Tobefilledin
• Long-term data storage: Tobefilledin

Usage Example

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Publications

• ...
• ...